Your task today is to work out the correct settings on the robot to get it to make a series of turns (minimum of three) so that it ends up facing in the opposite direction that it was when you started.
Sound complicated? You can do it. You will need to record the results of your experiments, so that you can
MAKE NEW MISTAKES!
Ideally, each estimate will get you closer to the result you want. DO NOT GUESS!
Please use one loop block and one move block.
By default, the loop is infinite. Change its setting to some number of repetitions ("count" >=3)
By default, a move block will go forward, straight, for one rotation. At the barest minimum, change the "Steering." You may also wish to change to "Duration." You might choose to measure the duration in rotations, degrees, or seconds. Do not use "Unlimited" for this exercise.
Have fun. Use what you know about measuring angles to h elp you estimate how to adjust this program so that the total amount of turning your robot does equals 180 degrees plus "n" times 360 degrees.
Sound complicated? You can do it. You will need to record the results of your experiments, so that you can
MAKE NEW MISTAKES!
Ideally, each estimate will get you closer to the result you want. DO NOT GUESS!
Please use one loop block and one move block.
By default, the loop is infinite. Change its setting to some number of repetitions ("count" >=3)
By default, a move block will go forward, straight, for one rotation. At the barest minimum, change the "Steering." You may also wish to change to "Duration." You might choose to measure the duration in rotations, degrees, or seconds. Do not use "Unlimited" for this exercise.
Have fun. Use what you know about measuring angles to h elp you estimate how to adjust this program so that the total amount of turning your robot does equals 180 degrees plus "n" times 360 degrees.